TofSimData.cxx

Go to the documentation of this file.

// $Header: /bes/bes/BossCvs/Calibration/CalibData/src/Tof/TofSimData.cxx,v 1.2 2010/02/03
// 00:33:53 huangb Exp $
 
#include "CalibData/Tof/TofSimData.h"
#include "GaudiKernel/MsgStream.h"
 
namespace CalibData {
 
  TofSimData::TofSimData( std::vector<TofSimConstBase>* fTofConst,
                          std::vector<BTofSimBase>*     fBTofSim,
                          std::vector<ETofSimBase>*     fETofSim ) {
    if ( fTofConst ) { m_TofSimConstData = new std::vector<TofSimConstBase>( *fTofConst ); }
    if ( fBTofSim ) { m_BTofSimData = new std::vector<BTofSimBase>( *fBTofSim ); }
    if ( fETofSim ) { m_ETofSimData = new std::vector<ETofSimBase>( *fETofSim ); }
  }
 
  StatusCode TofSimData::update( CalibBase1& other, MsgStream* log ) {
    TofSimData& other1 = dynamic_cast<TofSimData&>( other );
    std::cout << "========================================"
              << "\n"
              << "here is the update in the TofSimData"
              << "\n"
              << "==================================================" << std::endl;
    CalibBase1::update( other, log );
    delete m_TofSimConstData;
    m_TofSimConstData = new std::vector<TofSimConstBase>( *( other1.m_TofSimConstData ) );
    delete m_BTofSimData;
    m_BTofSimData = new std::vector<BTofSimBase>( *( other1.m_BTofSimData ) );
    delete m_ETofSimData;
    m_ETofSimData = new std::vector<ETofSimBase>( *( other1.m_ETofSimData ) );
 
    return StatusCode::SUCCESS;
  }
 
  // get the Simulation Data
 
  TofSimConstBase TofSimData::getTofConst() const {
    std::vector<TofSimConstBase>::iterator it = m_TofSimConstData->begin();
    return *it;
  }
 
  BTofSimBase TofSimData::getBTofSim( int cnt ) const {
    std::vector<BTofSimBase>::iterator it = m_BTofSimData->begin();
    for ( int i = 0; i != cnt; i++, it++ ) {}
    return *it;
  }
 
  ETofSimBase TofSimData::getETofSim( int cnt ) const {
    std::vector<ETofSimBase>::iterator it = m_ETofSimData->begin();
    for ( int i = 0; i != cnt; i++, it++ ) {}
    return *it;
  }
 
  double TofSimData::getBarLowThres() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getBarLowThres();
  }
 
  double TofSimData::getBarHighThres() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getBarHighThres();
  }
 
  double TofSimData::getEndLowThres() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getEndLowThres();
  }
 
  double TofSimData::getEndHighThres() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getEndHighThres();
  }
 
  double TofSimData::getBarPMTGain() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getBarPMTGain();
  }
 
  double TofSimData::getEndPMTGain() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getEndPMTGain();
  }
 
  double TofSimData::getBarConstant() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getBarConstant();
  }
 
  double TofSimData::getEndConstant() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getEndConstant();
  }
 
  double TofSimData::getEndNoiseSwitch() {
    TofSimConstBase tofConst = getTofConst();
    return tofConst.getEndNoiseSwitch();
  }
 
  double TofSimData::getBarGain( int cnt ) {
    BTofSimBase bTof = getBTofSim( cnt );
    return bTof.getGain();
  }
 
  double TofSimData::getBarRatio( int cnt ) {
    BTofSimBase bTof = getBTofSim( cnt );
    return bTof.getRatio();
  }
 
  double TofSimData::getBarAttenLength( int cnt ) {
    BTofSimBase bTof = getBTofSim( cnt );
    return bTof.getAttenLength();
  }
 
  double TofSimData::getEndGain( int cnt ) {
    ETofSimBase eTof = getETofSim( cnt );
    return eTof.getGain();
  }
 
  double TofSimData::getEndAttenLength( int cnt ) {
    ETofSimBase eTof = getETofSim( cnt );
    return eTof.getAttenLength();
  }
 
  double TofSimData::getEndNoiseSmear( int cnt ) {
    ETofSimBase eTof = getETofSim( cnt );
    return eTof.getNoiseSmear();
  }
 
} // namespace CalibData